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    • 4. 发明申请
    • COMPACT CRANK MECHANISM
    • 短悬曲轴齿轮
    • WO2009132611A2
    • 2009-11-05
    • PCT/DE2009000458
    • 2009-04-03
    • LUK LAMELLEN & KUPPLUNGSBAUFRIEDMANN OSWALD
    • FRIEDMANN OSWALD
    • B60K17/08
    • B60K17/08F16H27/04
    • The invention relates to a crank-CVT-mechanism comprising an input shaft on which several eccentric units are arranged. The eccentricity of the eccentric units can be modified in relation to the rotational axis of the input shaft by an adjusting device for the eccentricity. A number of free running units, corresponding to the number of eccentric units is provided on the drive shaft. Each eccentric unit is connected to one of the free running units via a connecting element for transmission of torque. The crank-CVT-mechanism also comprises a differential that is connected to the drive shaft for the transmission of torque, the differential comprising a pair of differential drive shafts that are connected to a device for connecting to an articulated shaft. Said free running units are arranged in such a manner that the differential drive shafts have essentially the same length. As a result, the mechanism can be compact, in particular in the axial direction of the input and output shafts.
    • 甲曲轴无级变速器包括其上设置有多个偏心单元,其特征在于,相对于所述输入轴的旋转轴线偏心单元的偏心可以通过用于偏心的调整装置可以改变的输入轴。 到相应看到在输出轴NEN飞轮单元提供预数偏心单元的数目,每个偏心单元经由用于传递转矩的连接元件连接到所述自由轮单元中的一个。 该曲轴无级变速器还包括连接到输出轴扭矩的传输,其中所述差分包括一对差分输出轴,其分别设置有用于连接到一个驱动轴的差动。 续流单元被布置成使得差动输出轴具有基本上相等的长度。 因此,传输可以建立紧凑,尤其是在输入和输出轴的轴向方向。
    • 8. 发明专利
    • DRIVING UNIT
    • JP2000356262A
    • 2000-12-26
    • JP2000141871
    • 2000-05-15
    • LUK LAMELLEN & KUPPLUNGSBAU
    • FRIEDMANN OSWALDAGNER IVO
    • F16H9/00F16H9/18F16H61/00F16H61/662
    • PROBLEM TO BE SOLVED: To arbitrarily change a transmission gear ratio even when the error in shape is found in a valve hole by loading an OR (Oder-Glied) member and a pressure valve through an intermediate member almost without the lateral force. SOLUTION: End regions 51, 52 are formed into the spherical segment, as a result, a linear contact along a circle is generated between the end regions 51, 52 and an end region 53 formed by a conical point, of a spool hole 47, 48. When the displacement is generated between both valve spools 31, 32 and the valve hole 45 has the error in shape, the ends 51, 52 of an intermediate member 46 make the motion P to the end region 53 of the spool hole 47, 48. Whereby the lateral force does not generate on a contact part between the intermediate member and the hole wall end region 53, even when the displacement of the valve spool or the error in shape of the hole is found. Whereby a transmission ratio of a conical pulley wrapping gear can be arbitrarily and quickly adjusted.
    • 10. 发明专利
    • SPLIT FLYWHEEL
    • JPH10238590A
    • 1998-09-08
    • JP1851298
    • 1998-01-30
    • LUK LAMELLEN & KUPPLUNGSBAU
    • MAUCHER PAULFRIEDMANN OSWALD
    • F16F15/12F16D3/12F16D7/02F16D13/38F16F15/10F16F15/131F16F15/133F16F15/134F16F15/139F16F15/30F16F15/31F16F15/129F16F15/123
    • PROBLEM TO BE SOLVED: To improve vibration damping capability by applying the constitution that a disc part is positioned between two discs fixed to one of rotary mass bodies, and a ring disc within the peripheral zone of the disc farther from the rotary mass bodies is made to cooperate with the friction ring of the other rotary mass body. SOLUTION: An intermediate plate 33 of an output part of a friction slide clutch 14 forms the input parts of a buffer device 13, and this buffer device 13 has discs 26 and 45 at both sides of the intermediate plate 33 in such a state as incapable of turning via an axial gap and connected to a rotary mass body 4. Also, a power storage member made of a coil spring 50 is housed within windows 47 to 49 in the zone of the discs 26 and 45 as well as the intermediate plate 33. The coil spring 50 acts against a relative rotation between the intermediate plate 33 and the discs 26 and 45. Furthermore, a friction device 51 is provided between rotary mass bodies 3 and 4, and arranged in the zone 3a of the disc 26 and the rotary mass body 3 in an axial direction. In addition, the device 51 is clamped between the disc 26 and a crimp ring 53, and a friction ring 54 is laid between the crimp ring 53 and the zone 3a in an axial direction. Also, the crimp ring 53 is fixed to the disc 26 along a peripheral direction. According to this construction, a vibration can be dampened.